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Show All 38 Lines	public:
void evalAmp( EvtParticle* p, EvtAmp& amp );		void evalAmp( EvtParticle* p, EvtAmp& amp );

private:		private:
void fillHelicity( int* lambda2, int n, int J2, EvtId id );		void fillHelicity( int* lambda2, int n, int J2, EvtId id );
void setUpRotationMatrices( EvtParticle* p, double theta, double phi );		void setUpRotationMatrices( EvtParticle* p, double theta, double phi );
void applyRotationMatrices();		void applyRotationMatrices();

//spins states available for particle A, B, and C.		//spins states available for particle A, B, and C.
int _nA, _nB, _nC;		int m_nA, m_nB, m_nC;

//helicity amplitudes		//helicity amplitudes
EvtComplexPtrPtr _HBC;		EvtComplexPtrPtr m_HBC;

//2 times spin for each of the particles		//2 times spin for each of the particles
int _JA2, _JB2, _JC2;		int m_JA2, m_JB2, m_JC2;

//2 times the helicity for the states		//2 times the helicity for the states
int _lambdaA2, _lambdaB2, *_lambdaC2;		int m_lambdaA2, m_lambdaB2, *m_lambdaC2;

//Rotation matrices		//Rotation matrices
EvtComplexPtrPtr _RA, _RB, _RC;		EvtComplexPtrPtr m_RA, m_RB, m_RC;

//temporary array for amplitudes		//temporary array for amplitudes
EvtComplexPtrPtrPtr _amp, _amp1, _amp3;		EvtComplexPtrPtrPtr m_amp, m_amp1, m_amp3;
};		};

#endif		#endif